2008 |
12 | EE | Alfredo Cuzzocrea,
Filippo Furfaro,
Giuseppe M. Mazzeo:
A Probabilistic Approach for Computing Approximate Iceberg Cubes.
DEXA 2008: 348-361 |
11 | | Alfredo Cuzzocrea,
Filippo Furfaro,
Giuseppe M. Mazzeo:
Efficiently Computing Iceberg Cubes: A Probabilistic Approach.
SEBD 2008: 235-246 |
10 | | Elio Masciari,
Giuseppe M. Mazzeo:
A Framework for Outlier Mining in RFID Data.
SEBD 2008: 287-293 |
9 | EE | Filippo Furfaro,
Giuseppe M. Mazzeo,
Domenico Saccà:
A Probabilistic Framework for Building Privacy-Preserving Synopses of Multi-dimensional Data.
SSDBM 2008: 114-130 |
8 | EE | Filippo Furfaro,
Giuseppe M. Mazzeo,
Domenico Saccà,
Cristina Sirangelo:
Compressed hierarchical binary histograms for summarizing multi-dimensional data.
Knowl. Inf. Syst. 15(3): 335-380 (2008) |
2006 |
7 | EE | Filippo Furfaro,
Giuseppe M. Mazzeo,
Cristina Sirangelo:
Exploiting Cluster Analysis for Constructing Multi-dimensional Histograms on Both Static and Evolving Data.
EDBT 2006: 442-459 |
6 | | Alfredo Cuzzocrea,
Filippo Furfaro,
Elio Masciari,
Giuseppe M. Mazzeo,
Domenico Saccà:
Efficiently Representing and Querying Sensor Network Readings on Data Grids.
SEBD 2006: 373-382 |
2005 |
5 | EE | Filippo Furfaro,
Giuseppe M. Mazzeo,
Cristina Sirangelo:
Clustering-Based Histograms for Multi-dimensional Data.
DaWaK 2005: 478-487 |
4 | EE | Alfredo Cuzzocrea,
Filippo Furfaro,
Sergio Greco,
Elio Masciari,
Giuseppe M. Mazzeo,
Domenico Saccà:
A Distributed System for Answering Range Queries on Sensor Network Data.
PerCom Workshops 2005: 369-373 |
3 | EE | Filippo Furfaro,
Giuseppe M. Mazzeo,
Domenico Saccà,
Cristina Sirangelo:
Hierarchical binary histograms for summarizing multi-dimensional data.
SAC 2005: 598-603 |
2004 |
2 | EE | Alfredo Cuzzocrea,
Filippo Furfaro,
Giuseppe M. Mazzeo,
Domenico Saccà:
A Grid Framework for Approximate Aggregate Query Answering on Summarized Sensor Network Readings.
OTM Workshops 2004: 144-153 |
1 | | Filippo Furfaro,
Giuseppe M. Mazzeo,
Domenico Saccà,
Cristina Sirangelo:
A New Histogram-based Technique for Compressing Multi-Dimensional Data.
SEBD 2004: 18-29 |